TE Connectivity, AMP-LATCH 2.54mm Pitch 20 Way Vertical Male FPC Connector, Solder, Through Hole

The TE Connectivity Connector is designed for wire-to-board applications, featuring a 20-position configuration and a 2.54 mm centreline. The connector excels in vertical through-hole soldering, ensuring reliable and efficient circuit connections. With its durable construction, it supports PCB mount without retention, making it ideal for various electronic designs. Crafted for optimal performance, this product integrates seamlessly into a wide range of applications, combining flexibility with robust engineering, while its blue housing adds a distinct touch to your projects. The connector's effective mating system enhances ease of use, making it a preferred choice for professionals seeking both functionality and reliability.

The TE Connectivity Connector is designed for wire-to-board applications, featuring a 20-position configuration and a 2.54 mm centreline. The connector excels in vertical through-hole soldering, ensuring reliable and efficient circuit connections. With its durable construction, it supports PCB mount without retention, making it ideal for various electronic designs. Crafted for optimal performance, this product integrates seamlessly into a wide range of applications, combining flexibility with robust engineering, while its blue housing adds a distinct touch to your projects. The connector's effective mating system enhances ease of use, making it a preferred choice for professionals seeking both functionality and reliability.

Designed for easy integration into a variety of electronic devicesThe durable housing material withstands demanding environmentsProvides a reliable connection with a standard mating latch systemOffers improved contact retention through ejection latch technology

Designed for easy integration into a variety of electronic devicesThe durable housing material withstands demanding environmentsProvides a reliable connection with a standard mating latch systemOffers improved contact retention through ejection latch technology